Kerboodle

C1.1 Atoms p4

C1.2 Chemical equations p6

C1.3 Separating mixtures p8

C1.4 Fractional distillation and paper chromatography p10

C1.5 History of the atom p12

C1.6 Structure of the atom p14

C1.7 Ions, atoms, and isotopes p16

C1.8 Electronic structures p18

CGP revision guide p 173 – 190 

1.1 - Atoms

1.2 - Elements, Isotopes & Relative Atomic Mass

1.3 - Compounds, Molecules & Mixtures

1.4 - Balancing Chemical Equations

1.5 - Filtration & Crystalisation

1.6 - Distillation

1.7 - The History of the Atom

1.8 - Electronic Structure

Atomic structure - Topic based questions 1

Atomic structure - Topic based questions 2

Atomic model - Topic based questions 1 

Atomic model - Topic based questions 2

Kerboodle

C2.1 Development of the periodic table p22

C2.2 Electronic structures and the periodic table p24

C2.3 Group 1 – the alkali metals p26

C2.4 Group 7 – the halogens p28

C2.5 Explaining trends p30

CGP revision guide p 191 - 201

1.9 - Development of the Periodic Table

1.10 - Metals & Non-metals

1.11 - Group 1 (Alkali Metals)

1.12 - Group 7 & Group 0 (Halogens & Noble Gases)

The periodic table 

The development of the periodic table

Group 1 - Topic based questions 

Group 7 - topic based questions

Electronic structure _ Reactivity trend

Kerboodle

C3.1 States of matter p34

C3.2 Atoms into ions p36

C3.3 Ionic bonding p38

C3.4 Giant ionic structures p40

C3.5 Covalent bonding p42

C3.6 Structure of simple molecules p44

C3.7 Giant covalent structures p46

C3.8 Fullerenes and graphene p48

C3.9 Bonding in metals p50

C3.10 Giant metallic structures p52

CGP revision guide p 202 - 221

2.1 - Formation of Ions

2.2 - Ionic Bonding

2.3 - Ionic Compounds

2.5 - Covalent Bonding

2.6 - Types of Covalent Structures

2.7 - Diamond & Graphite

2.8 - Graphene & Fullerenes

2.9 - Metallic Bonding

Structure and bonding - ionic bonding

Ionic bonding - topic based questions 1

Structure and bonding - covalent bonding

Covalent bonding - topic based questions 

Giant molecules - topic based questions

Structure and bonding - metallic bonding

Metallic bonding - topic based questions

Kerboodle

C4.1 Relative masses and moles p56

C4.2 Equations and calculations p58

C4.3 From masses to balanced equations p60

C4.4 Expressing concentrations p62

CGP revision guide p 222 - 230

3.1 - Relative Formula Mass

3.2 - Moles & Mass

3.3 - Calculating Mass in Reactions

3.4 - Conservation of Mass

3.5 - Limiting Reactants

3.6 - Concentration Calculations (grams/dm^3)

Calculations 1 

Calculations 2 

Calculations 3

Kerboodle

C5.1 The reactivity series p68

C5.2 Displacement reactions p70

C5.3 Extracting metals p72

C5.4 Salts from metals p74

C5.5 Salts from insoluble bases p76

C5.6 Making more salts p78

C5.7 Neutralisation and the pH scale p80

C5.8 Strong and weak acids p82 

CGP revision guide p 231 - 241

4.1 - Acids & Bases

4.2 - Strong Acids & Weak Acids

4.3 - Neutralisation Reactions

4.4 - The Reactivity Series & Displacement Reactions

4.5 - Separating Metals from Metal Oxides

4.6 - Redox Reactions

4.7 - Electrolysis 1 - Introduction

4.8 - Electrolysis 2 - Aluminium Oxide

4.9 - Electrolysis 3 - Aqueous Solutions

Chemical changes

Reactivity of metals

Reactions of acids

Electrolysis of molten electrolytes 

Electrolysis of solutions

Electrolysis of brine

Kerboodle

C6.1 Introduction to electrolysis p86

C6.2 Changes at the electrodes p88

C6.3 The extraction of aluminium p90

C6.4 Electrolysis of aqueous solutions p92

CGP revision guide p 242 - 246

4.7 - Electrolysis 1 - Introduction

4.8 - Electrolysis 2 - Aluminium Oxide

4.9 - Electrolysis 3 - Aqueous Solutions

Electrolysis of molten electrolytes 

Electrolysis of solutions

Electrolysis of brine

Kerboodle

C7.1 Exothermic and endothermic reactions p96

C7.2 Using energy transfers from reactions p98

C7.3 Reaction profiles p100

C7.4 Bond energy calculations p102

CGP revision guide p 247 - 252

5.1 - Exothermic & Endothermic Reactions

5.2 - Bond Energies

Energy changes _ Exothermic and endothermic reactions

Bond energy - calculations

RP Making salts

RP Electrolysis

RP Temperature changes

11.1 - Making Salts

11.2 - Electrolysis

11.3 - Temperature Changes

RP Making salts 

RP Electrolysis 

RP Temperature changes 

Kerboodle

C8.1 Rate of reaction p108

C8.2 Collision theory and surface area p110

C8.3 The effect of temperature p112

C8.4 The effect of concentration or pressure p114

C8.5 The effect of catalysts p116

C8.6 Reversible reactions p118

C8.7 Energy and reversible reactions p120

C8.8 Dynamic equilibrium p122

C8.9 Altering conditions p 124

CGP revision guide p 253 - 266

6.1 - Rates of Reaction

6.2 - Factors Affecting Rates of Reaction & Collision Theory

6.3 - Measuring Rates of Reaction from a Graph

6.4 - Reversible Reactions & Dynamic Equilibrium

6.5 - Le Chatelier's Principle

Rate of reactions 1

Rate of reactions 2

Rate of reactions 3

Reversible reactions _ Equilibrium 1

Reversible reactions _ Equilibrium 2

Required Practical Rate of Reactions 1 QS_MS

Required Practical Rate of Reactions 2 QS_MS

Kerboodle

C9.1 Hydrocarbons p128

C9.2 Fractional distillation of oil p130

C9.3 Burning hydrocarbon fuels p132

C9.4 Cracking hydrocarbons p134

CGP revision guide p 267 - 272

7.1 - Hydrocarbons

7.2 - Alkanes - Properties & Combustion

7.3 - Fractional Distillation

7.4 - Cracking & Alkenes

Hydrocarbons 1

Hydrocarbons 2

Hydrocarbons 3

Kerboodle

C10.1 Pure substances and mixtures p140

C10.2 Analysing chromatograms p142

C10.3 Testing for gases p144

CGP revision guide p 273 - 277

8.1 - Purity & Formulations

8.2 - Paper Chromatography

8.3 - Tests for Gases

Formulation _ chromatography

Tests for gases

Required practical Chromatography QS_MS

Kerboodle

C11.1 History of our atmosphere p148

C11.2 Our evolving atmosphere p150

C11.3 Greenhouse gases p152

C11.4 Global climate change p154

C11.5 Atmospheric pollutants p156

CGP revision guide p 278 - 285

9.1 - The Evolution of the Atmosphere

9.2 - Greenhouse Gases & Climate Change

9.3 - Carbon Footprints

9.4 - Air Pollution

Evolution of the atmosphere

The Earth's atmosphere

Greenhouse gases

Pollutants

Kerboodle

C12.1 Finite and renewable resources p160

C12.2 Water safe to drink p162

C12.3 Treating waste water p164

C12.4 Extracting metals from ores p166

C12.5 Life cycle assessments p168

C12.6 Reduce, reuse, recycle p170

CGP revision guide p 286 - 296

10.1 - Life Cycle Assessments

10.2 - Potable Water

10.3 - Waste Water Treatment

Potable water

Using resources

LCA _ Recycling

Required Practical Water purification QS_MS

RP Rates of reaction

RP Chromatography

RP Water purification

11.4 - Rates of Reaction

11.5 - Chromatography

11.6 - Water Purification

RP Rates of reaction

RP Chromatography

RP Water purification